For our purpose we solve the reflections (\(E_{r,\parallel },E_{r,\perp }\) ) and transmissions (\(E_{t,\parallel },E_{t,\perp }\) ) coefficients by solving the system of equations, in the form of \(8\times 8\)  Matrix, (by following the procedure as given in Ref. [1]}) by using the Mathematica. Furthermore, we consider the both incident plane waves with the same helicities \(\sigma _{1}=\sigma _{2}=\sigma =\pm 1\)
